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1)  Dunaliella salina
盐藻
1.
Separation and Purification of Extracellular Polysaccharides from Dunaliella salina;
盐藻胞外多糖分离纯化方法研究
2.
Test of toxicity of nitryl-aromatic hydrocarbon to Dunaliella salina;
硝基芳烃类物质对盐藻的毒性试验及比较
3.
Studies on the Batch Cultivation of Dunaliella salina Using a Photobioreactor with a Volume of 10 Liter;
10L容积光生物反应器批次培养盐藻的初步研究
2)  Dunaliella
盐藻
1.
Cloning of the Actin Gene of Dunaliella Salina and Its 5′ Upstream Fragment;
盐生盐藻肌动蛋白基因及其5′上游片段的克隆
2.
Identification of Two Dunaliella sp.Based on Nuclear ITS rDNA Sequences;
利用ITS序列对两个盐藻株的分子鉴定
3.
Analysis of 5.8S rDNA-ITS Sequences and RAPD of Seven Dunaliella sp.
7株盐藻的5.8S rDNA和ITS序列及RAPD分析
3)  Dunaliella salina residue
盐藻藻渣
4)  Dunaliella salina from salt lake
盐湖盐藻
1.
The research, development and utilization of the active extract from Dunaliella salina from salt lake in China were introduced.
介绍了目前国内盐湖盐藻活性提取物的研究、开发、利用情况,并对盐湖盐藻活性提取物的市场前景进行了分析。
5)  Dunaliella
杜氏盐藻
1.
The Study of the Biochemical Fingerprints of 6 Dunalialle Species and the Cloning of ACCase Beta Subunit from Dunaliella Salina;
杜氏盐藻六个藻种生化指标的研究以及D.Salina中ACCase Beta亚基的克隆
2.
Biological Characteristics of Dunaliella Salina and Construction of Expression Vector pGEM-D18S-BAR;
杜氏盐藻生物学特征及表达载体pGEM-D18S-BAR的构建
3.
In this paper, physiological and ecological characteristics of Dunaliella are presented in brief.
介绍了杜氏盐藻的生理生态特征,对6种盐藻的主要营养成分进行了分析检测。
6)  alginate [英]['ældʒineit]  [美]['ældʒə,net]
海藻酸盐
1.
Structure and Controlled Release of Medicine Microcapsule Wrapped with Fibroin-alginate;
再生丝素蛋白/海藻酸盐包药微胶囊的结构与释药性能
2.
Modified bentonites were added into acetochlor formulations of alginate base,the time taken for 50% of the active ingredient to be released,t 50 ,was used to evaluate the influence of various bentonites on the release rate of acetochlor.
结果表明,膨润土经改性后吸附能力显著提高,加入海藻酸钙制剂中使乙草胺释放速率明显下降,t50值由纯海藻酸盐制剂FA20的38。
3.
Methods Using biocompatible alginate as microsphere material and hemoglobin as drug model, protein-loaded microspheres were prepared by an improved technology based on electrostatic droplet generation via designing components of gelation solution.
方法以生物相容性优良的海藻酸盐为载体材料,以血红蛋白为药物模型,通过设计凝胶浴配方,采用静电液滴形成工艺制备包封蛋白质药物的微球载体。
补充资料:三乙醇胺藻酸盐
CAS:58829-31-5
中文名称:三乙醇胺藻酸盐
英文名称:Triethanolamine alginate
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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